1.
Study on SCP Microbes-Chemical Oxidize Flocculation Technology for Treating Saponin Wastewater;
SCP微生物—化学氧化絮凝工艺处理皂素生产废水的研究
2.
A comparative study between chemical biological flocculation and chemical flocculation process
化学生物絮凝与化学絮凝工艺的比较研究
3.
Treatment of Paper Making Wastewater with Coagulation and Fenton Oxidation and Flocculation Proess;
混凝-Fenton氧化—絮凝法处理造纸废水研究
4.
FLOCCULATION CHARACTERISTIC OF CHEMICAL FLOCCULANTS TO KAOLIN PARTICLES
化学絮凝剂对高岭土微颗粒的絮凝特性研究
5.
Treatment of Wool-scouring Wastewater by Biological Flocculation in Comparison by Chemical Flocculation
生物絮凝法与化学絮凝法处理洗毛废水的比较
6.
Study on Removal of Chromium in Electroplate Wastewater by the Method of Oxidation-Reduction-Neutralization-Flocculation-Precipitation
化学氧化还原-中和-絮凝沉淀法处理电镀废水中铬的研究
7.
A Study on the Treatment of E Bleaching Effluent by Flocculation-Fenton Oxidation;
絮凝-Fenton氧化处理E段漂白废水的研究
8.
PREPARATION OF NANO-SIZED IRON OXIDE FLOCCULANT AND THE APPLIED RESEARCH
纳米氧化铁絮凝剂的制备及应用研究
9.
Study on treatment of pharmaceutical wastewater with flocculation-Fenton method
絮凝-芬顿氧化法处理制药污水的研究
10.
Research on Chemically Enhanced Flocculation Treatment of Coking Wastewater;
化学强化絮凝法处理焦化废水的研究
11.
Experimental analysis of oily wastewater treatment by electrolytic and chemical flocculation technology
电化学絮凝与化学絮凝法联合处理油田污水的实验分析
12.
Treatment of Rolling Emulsion Wastewater Using Flocculation and Microfiltration with Zirconia Membrane;
絮凝－氧化锆膜微滤处理轧钢乳化液废水
13.
Study on the Chemical Flocculation of Potato Processing Waste Liquid
马铃薯深加工工艺废液化学絮凝研究
14.
Chemical characteristics analysis of bioflocculant EBU-1
微生物絮凝剂EBU-1的化学性质分析
15.
Further and faster removal of phosphorus by chemical precipitation-magnetic flocculation
化学沉淀-磁絮凝深度快速除磷的研究
16.
Study on the Treatment of Paper Mill Effluent by Biomimetic Oxidation and Flocculation;
仿酶氧化与絮凝在造纸废水处理中的应用研究
17.
Study on the Treatment of Nitrobenzene Wastewater by Fe~(3+)/MgO-Fenton Oxidation-Flocculation;
Fe~（3+）/MgO-Fenton氧化—絮凝处理硝基苯废水的研究
18.
The Discussion on Removal Mechanism of Phosphorus of Bio-flocculation + bio-contact oxidation
生物絮凝吸附+生物接触氧化除磷机理探讨